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Abstract

DNA barcoding is an excellent tool for biodiversity surveys but success rates might drop when closer localities are included. Hyperdiverse Trigonopterus are a useful taxon for evaluating forest remnants in Melanesia, allowing finer-grained analyses than would be possible with vertebrate taxa commonly used to date. Our protocol should help establish other groups of hyperdiverse fauna as target taxa for community ecology. Sequencing delivers objective data on taxa of incredible diversity but mostly without a solid taxonomic foundation and should help pave the road for the eventual formal naming of new species.
TitleDNA Barcoding for Community Ecology - How to Tackle a Hyperdiverse, Mostly Undescribed Melanesian Fauna
AbstractDNA barcoding is an excellent tool for biodiversity surveys but success rates might drop when closer localities are included. Hyperdiverse Trigonopterus are a useful taxon for evaluating forest remnants in Melanesia, allowing finer-grained analyses than would be possible with vertebrate taxa commonly used to date. Our protocol should help establish other groups of hyperdiverse fauna as target taxa for community ecology. Sequencing delivers objective data on taxa of incredible diversity but mostly without a solid taxonomic foundation and should help pave the road for the eventual formal naming of new species.
Author(s)
JournalPLoS ONE
ISSN1932-6203
Volume7
Issue1
Pagese28832
DOI10.1371/journal.pone.0028832
PMID 22253699
Citation
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Only known citations between publications in BioNames are listed here.
  1. One hundred and one new species of Trigonopterus weevils from New Guinea
    by Alexander Riedel;Katayo Sagata;Suriani Surbakti;Rene Tänzler;Michael Balke
    ZooKeys 280 pages 1--150 (2013)
    • 10.3897/zookeys.280.3906
    • 853ea3bd-74df-4821-83ba-86387541b7f9